Concrete Repair in Garland, TX;

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Genie Concrete Contractor Garland has been practicing the best forms of concrete repairs for the most in-demand types of concrete for many years because we strive to be the best concrete contractor in Garland. These types of concrete include:

  • Concrete Driveway Repair;
  • Concrete Deck Repair;
  • Concrete Foundation Repair;
  • Concrete Patio Repair;
  • Concrete Porch Repair;
  • Concrete Step Repair;
  • Concrete Spalling Repair;
  • Concrete Sidewalk Repair.

The construction industry has relied on concrete for hundreds of years as a foundational element. Producing it is simple, and it has a long shelf life. In spite of this, it is not impenetrable. Various factors, including exposure to the environment, water, and excessive use, contribute to the degradation of concrete over time. When it comes to how long a structure can safely and effectively fulfill its purpose, the ability to prevent and recover concrete is critical.

Concrete, although being extremely strong and durable, is a porous media that is subject to damage from chemicals, pollutants, and moisture if left exposed. A significant amount of damage might create significant surface issues as well as structural failure.

It is not the same as repairing and upgrading an existing structure when you are creating a concrete construction from the ground up. Quite a few different skill sets are needed. With all of the elements that may cause damage to a variety of concrete buildings, getting the desired results will necessitate the involvement of a team that possesses the requisite skill, experience, and track record of success. #ConcreteRepairGarland

Concrete Repair Experts Available Now

There are a variety of concrete repair site scenarios to pick from, as well as a variety of concrete repair services to choose from. Concrete Garland TX offers a comprehensive selection of concrete repair services. More significantly, Concrete Garland TX has the experience and expertise to restore your concrete to its original condition. Concrete Garland TX is a full-service concrete restoration and repair company that has years of experience in commercial and industrial concrete floor repair. Contact us now for a free estimate. Concrete Garland TX repairs concrete cracks, spalling, and joint repair, as well as stabilizing, reconstructing, and sealing the concrete. Contact us now. In our research, we determined that the vast majority of surface-damaged concrete may be repaired or restored. We use cutting-edge processes and technology to repair, level, seal, and protect your concrete. Contact us now for a free estimate. To handle any commercial or industrial project, you can rely on the expertise of Concrete Garland TX’s team of project managers. Allow our team at Concrete Garland TX to take care of all of your concrete repair needs in Garland TX.

Concrete Repair Near Me in Garland TX

Cracks in concrete occur on a regular basis. When there are so many alternatives available, how can you choose the best crack repair procedure? To achieve the best outcomes, please call Concrete Garland TX in Garland TX and ask us to do the following:

  • Investigate the crack.
  • Establish the repair objectives.
  • Select the best repair method.

Concrete Garland TX will diagnose and repair any concrete problems you may be experiencing utilizing the following methods:

  • Concrete sealing
  • Concrete leveling
  • Injection repairs

When it comes to your Garland TX property, we can handle concrete difficulties in areas such as sidewalks, driveways, interior floors, vertical walls, manholes, water culverts, and other locations as needed. It is critical to patch cracks as soon as possible. If left untreated, concrete flaws can deteriorate to the point that the concrete is no longer repairable and total replacement is necessary, which is substantially more expensive than repairing the concrete. Make it possible for us to function as your Concrete Repair Contractor in Garland TX! Inside and outside of many houses and businesses, concrete is used in the construction of the structure’s structure. Why not make it aesthetically pleasing?

Our Concrete Repair Services in Garland TX:

The following are the major concrete repair operations that we conduct in Garland TX:

  • Epoxy Concrete Repair;
  • Crack Filling;
  • Curb Repair;
  • Spall Repair;
  • Expansion Joint Caulking;
  • Tilt Wall Repairs;
  • Floor Patching;
  • Freezer Floor Repairs;
  • Concrete Grinding;
  • Sealant Replacements;
  • Power Washing;
  • Pavement Markings;
  • Urethane Injections;
  • Epoxy Injections.

Concrete Crack Repair;

Concrete Garland TX provides crack chasing treatments if your concrete driveway or sidewalk has many cracks throughout. All concrete cracks are filled and sealed during this process. This form of concrete rehabilitation is for more dormant cracks. The fracture healing isn’t structural, and it doesn’t include restoring tensile strength. This shows that the concrete crack repair does not restore the concrete’s original integrity. These modifications just help to avert greater damage and faster cracking over the concrete. The use of concrete patch or another form of cement material to cover concrete fractures is an usual mistake. While this type of product may look nice at first, it will undoubtedly “shrink.” This suggests that it will break over time, forcing you to have to deal with the same problem again. A more long-lasting solution is to put a sealant to the “groove” made by “routing” or pursuing the fracture.

Concrete Surface Repair;

Concrete resurfacing and overlay methods have the potential to prolong the life of a concrete patio or driveway significantly. If your concrete is rated as “good,” it signifies that the structural integrity of the concrete has not been compromised. If this is the case, concrete resurfacing or overlay may be beneficial. Detailed information about our concrete resurfacing services may be found on this page. The most significant advantage of resurfacing over replacement is that it is approximately half the cost of total replacement! Many people who are looking for a less expensive alternative to replacement choose concrete resurfacing as their preferred option.

Concrete Deck Repair;

The concrete decks that surround swimming pools are one of the most important safety aspects of these structures. In addition to serving as an entrance point, the concrete also serves to keep the pool and water distinct from grass, dirt, and other plants. Decks and pools go hand in hand, and both must be maintained and kept in top condition to ensure that they are as safe as possible. Cracks, dips, and uneven levels in a concrete deck are extremely dangerous for pool patrons because the combination of uneven surfaces, water, and the constant stream of pleasure and excitement associated with a pool may result in disastrous slips, falls, and accidents. In the event that your deck is experiencing problems, Concrete Garland TX can provide a long-term solution for your problems with concrete. If there are any empty vacuums in the soil beneath the concrete, the concrete may begin to crack, sink, or collapse, depending on the circumstances. Because of the difficulty of building a pool, digging the site, and safeguarding the pool itself, soil changes and compaction are the most frequently encountered problems. The pressure exerted by the pool and the changing earth surrounding it may cause washouts and holes to appear in the concrete. As opposed to replacing the entire concrete deck, which is a time-consuming, expensive, and unpleasant operation to do, we can repair the concrete and stabilize the soil beneath it, returning your deck to its original state permanently.

Concrete Sidewalk Repair;

Is your pathway beginning to show signs of wear? Cracks, chips, and uneven surfaces are not only unsightly, but they are also potentially dangerous. On a daily basis, neighbors and customers pass by your walkway, and a deteriorated sidewalk may present a trip hazard. Did you know that in Garland, the majority of home and business owners are responsible for the repair of the pavement in front of their property? As water collects beneath the lower concrete slab, the condition of sunken concrete deteriorates with each passing season. Therefore, soil erosion occurs between and under the concrete slabs as a result of this process. One cycle of freezing and thawing is sufficient to dislodge and destroy whole concrete sidewalk slabs. Concrete is one of the most durable and long-lasting building materials on the market today. Concrete sidewalks, on the other hand, deteriorate with time. Years of exposure to extreme weather conditions, repeated freeze-thaw cycles, poor water drainage, and earth movement all have a negative impact on the environment. You should consider the following variables if you have an uneven sidewalk and are ready to fix it but are unsure whether you should repair or replace it. These considerations will help you make an informed decision based on the sort of damage you have. At Concrete Garland TX, we have perfected our concrete sidewalk restoration technique to the point that it is almost scientific. We begin by drilling a number of 1-inch holes in the slab and hydraulically pumping a limestone-based slurry below the surface of the slab. All of the spaces are filled in by this material, which also reestablishes the subsoil, creating an entirely new and secure foundation. Once any gaps have been filled, our highly qualified professionals will gently and precisely raise the slab back into position on site. After the project is done, the concrete can be put to direct use in the construction site. Not only do we lay down a level concrete surface, but we also provide support for the foundation beneath the slab. This assists in the avoidance of settling in areas that are prone to freezing and thawing or excessive moisture.

How We Evaluate if Your Concrete Needs Repairs

Most of the time, concrete is evaluated because it has been damaged in some manner; very seldom do we evaluate the condition of pure concrete. So, what exactly do we look for when evaluating damage? The first step is to evaluate if the damage is structural or cosmetic in nature. Large diagonal fractures running across a concrete beam are serious and should be notified to an engineer; don’t do structural work unless you’re completely confident in your abilities. Any structural faults you notice should be documented and reported to the property owner as soon as feasible. If there is a failure and you do not intervene, your mere presence may be construed as a form of responsibility on your part. The following steps should be taken if the concrete structure is not at risk of collapsing:

  • Perform a basic visual check of the structure.
  • Is the damage limited to a certain area or widespread?
  • Is the damage just on the surface, or does it extend deeper into the concrete matrix?
  • Is there any corroded (damaged) reinforcing steel?
  • Are the cracks still moving?
  • Can you identify surface delamination as thin scaling or deeper spalling, or is it an overlay delamination?
  • What more testing is required?
  • Do you have any first construction information (mixes, construction plans, specifications)?

At this point of the investigation, a hammer and some spray paint are excellent equipment to have on hand. Pinging the concrete surface with a hammer shows delaminated patches that may be painted over with a paintbrush. When compared to sound concrete, delaminated sections produce a soft hollow sound rather than the loud ringing of concrete. Make sure you also have a tape measure on hand in case you need to assess the scope of the repairs. Take copious amounts of notes and pictures, as well as video if you think it would help you better document the concerns. If you want extra information, you may be required to employ destructive and nondestructive evaluation processes to obtain it. To begin, remove any broken concrete from the area to determine the extent of the damage. As a result of this, core samples may be drilled and examined in the laboratory or by a petrographer (someone who studies hardened concrete using microscopy). Non-destructive evaluation (NDE) technologies like as radar, infrared thermography, and impact-echo may reveal a great deal about the condition of a concrete structure without needing the concrete to be opened up.

Reasons You May Need a Concrete Repair Garland

Here are a few examples of common concrete issues and their causes:

Corrosion of reinforcing steel:

Steel rebar is protected within concrete because the concrete is quite alkaline, which inhibits rust. However, if chloride ions are present, as in deicing salts, the chloride breaks the “passivating layer” of alkalinity surrounding the steel, causing it to rust. Rust has a higher volume than steel, and its expansion pushes on the concrete, causing it to break and burst off. Chlorides enter the concrete via fractures or by simply entering the pore structure.

Freeze-thaw disintegration:

Because concrete is porous, water that enters and freezes breaks off little flakes from the surface. Deicing salts aggravate the situation. This is known as scaling, and it may develop during the first winter and worsen over time. When severe, it might result in the total disintegration of the concrete. Scaling is fully avoided with proper air entrainment.

Alkali-aggregate reaction:

AAR is a reaction caused by reactive aggregate in concrete that creates a gel surrounding the aggregate particle. When that gel becomes wet, it expands and has the potential to harm the concrete. Some lithium items are now available that may help to reduce AAR.

Drying shrinkage:

Drying shrinkage occurs when more moisture is present in the concrete than is consumed by the hydration process. The concrete shrinks as the water evaporates—about 0.15 inch over 20 feet, depending on how wet the concrete starts out. If you could hold a slab up in the air as it shrunk, it would probably not crack, but since it is on the ground, it drags on the subgrade, limiting shrinkage and causing cracks to develop. Concrete joints control drying shrinkage cracks—at the very least, joints allow us to choose where the crack will form. Find out more about concrete joints.

Plastic shrinkage:

Plastic shrinkage occurs when concrete is put and the surface is allowed to dry out before the concrete has achieved strength, resulting in a pattern of fractures on the surface. This is also known as crazing. These fissures are relatively shallow and thin, and they are seldom a serviceability issue—though they may be bothersome to certain owners, particularly on attractive surfaces. Proper curing is the remedy, while synthetic fiber reinforcing may help to decrease this issue.


Bubbled concrete surfaces may be blisters formed by prematurely completing and sealing the concrete surface, allowing air and bleed water to enter. This is particularly problematic with air-entrained concrete and heavy finishing equipment.

Cracks from structural loads:

Until the concrete cracks, the steel reinforcement is absolutely ineffective. That fissure might be extremely thin, even imperceptible, but until the concrete splits, the steel isn’t being pushed to keep the concrete together. If there is no steel, insufficient steel, or the loads are too severe (during construction or in service), the fractures might widen. Cracks in a slab on the ground may not be important, but cracks in a wall, beam, or column may indicate structural difficulties.

FAQs about Concrete Driveways:

The average cost of repairing a concrete driveway ranges from $1,000 to $1,500, with the average homeowner spending $1,250, which includes labor and supplies, to patch a 24' x 24' driveway in the United States. The least costly way of restoration is resealing, which costs around $150, and the most expensive technique is resurfacing, which costs approximately $2,300.

Before doing any repairs, always have a professional inspect your concrete damage to verify that it is not an indication of anything more severe. Concrete that is crumbling may be repaired before it crazes. Crumbling concrete is not just ugly; it may also indicate major structural danger.
You may pour fresh concrete on top of existing concrete. Unresolved concerns with your old concrete, such as cracks or frost heaves, may, however, transfer over to your new concrete if not addressed. Furthermore, it must be at least 2 inches thick.
Concrete restoration processes are largely the same whether you're repairing a sidewalk, stairs, or the floor. Patching mortar and liquid bonding agent, which helps the new patch cling to the old concrete, are the essential ingredients you'll need for most tasks. You must mix the mortar with water exactly as specified.
Non-shrink grouts are often used for a variety of concrete repair applications such as fixing honeycombs, tie-bolt holes, unintentional damage, break-outs, and gap and void pack-filling. Non-shrink grouts are chosen because they are regarded as high-quality, high-strength mortars.
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Concrete and Paving work is essential and we will be available to do the jobs you require in your home. Our friendly staff are taking all precautionary measures and keeping to best hygiene practices.

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